Tool for realizing the Korean alphabet using a consonant and vowel combination system

Abstract

A tool for implementing Korean characters using a consonant-vowel combination system, in which a simple and concise combination system capable of implementing all Korean characters 5 using only six consonants and vowels is constructed, and thus users of the tool may realize originality, superiority, and convenience of Korean letters in daily life. The tool for implementing Korean characters using a consonant-vowel combination system is configured to implement the Korean characters using six consonant and vowel plates. Therefore, users of the Korean letters may recognize value of the Korean letters from the heart and be proud of the Korean letters.

What is claimed is: 
     
       1. A tool for implementing Korean characters using a consonant-vowel combination system, wherein the Korean characters can be implemented by combining six consonant and vowel plates including:
 letter plate “ ” formed to have a perpendicular shape, in which a horizontal length and a vertical length of an outer side are the same and a horizontal length and a vertical length of an inner side are the same; 
 letter plate “ ” formed by symmetrically rotating letter plate “ ” and adding a horizontal length of letter plate “ ” to a bottom; 
 letter plate “ ” formed to have a diameter that is the same as a vertical length of letter plate “ ”; 
 letter plate “ ” formed by rotating letter plate “ ” clockwise into the shape of “ ,” disposing it at the upper side and adding the vertical length of the inner side of letter plate “ ” beneath “ ”, 
 letter plate “  (short)” formed by rotating letter plate “ ” in a horizontal direction to be the same as a horizontal length of letter plate “ ”; and 
 letter plate“  (long)” formed to have a total length of adding the horizontal length of letter plate “ ” and the horizontal length of letter plate “ ”. 
 
     
     
       2. The tool as claimed in  claim 1 , wherein the consonant-vowel combination system is configured to have relational expressions of A=2B, C=A+B, and D=A+C by forming:
 letter plate “ ” such that the horizontal length and the vertical length of the outer side are formed to have the same length ‘A’ and width and height of an inner space and width of both ends of letter plate “ ” are formed to have the same length ‘B’, 
 letter plate “ ” such that a horizontal length is formed to be the same as length ‘A’ of letter plate “ ” and a vertical length is formed to be the same as length ‘C’ by adding length ‘A’ and length ‘B’ of letter plate “ ”; 
 letter plate “ ” to have a diameter that is the same as length ‘C’ of letter plate “ ”; 
 letter plate “ ” such that a vertical length is formed to be the same as length ‘C’ of letter plate “ ” and width and length of a horizontal protrusion in a middle are formed to be the same as length ‘B’ of letter plate “ ”; 
 letter plate “  (short)” such that a horizontal length is formed to be the same as length ‘C’ of letter plate “ ” and width is formed to be the same as length ‘B’ of letter plate “ ”; and 
 letter plate“  (long)” such that length ‘D’ is formed by adding length ‘C’ of letter plate “ ,” “ ,” or “  (short)” to length ‘A’ of letter plate “ ” and width is formed to be the same as length ‘B’ of letter plate “ ”. 
 
     
     
       3. The tool as claimed in  claim 1 , wherein letter plates “ ,” “ ,” “ ,” “ ,” “  (short),” and “  (long)” are made of magnets or magnets are attached to the letter plates. 
     
     
       4. The tool as claimed in  claim 2 , wherein letter plates “ ,” “ ,” “ ,” “ ,” “  (short),” and “  (long)” are made of magnets or magnets are attached to the letter plates.